Used AMAT / APPLIED MATERIALS Quantum X Plus #9204789 for sale

AMAT / APPLIED MATERIALS Quantum X Plus is a high-performance ion implanter and monitor engineered for the most challenging application requirements. With its robust design and high-precision features, AMAT Quantum X Plus is designed to deliver cost effective processing of the most difficult jobs in the semiconductor, MEMS, optoelectronic, and nanotechnology industries. APPLIED MATERIALS Quantum X Plus is equipped with a 3-column, dual-chamber system that supports a wide range of ions, including boron, nitrogen, phosphorous, hydrofluoric, and other ions. It offers a broad range of implant capabilities, including high-current and wide-angle implanting, high-acceleration implanting, high-dose implanting, precise thin-film implantations, and implant shaping. Quantum X Plus offers excellent monitoring capabilities for both implantation and pre- and post-implantation activities. It has real-time monitoring of beam currents, high-energy implantprofile, and implant time. It also offers accurate beam-spot control, controllable bias voltages, range of operating parameters, and a variety of user-defined tuning pathways. AMAT / APPLIED MATERIALS Quantum X Plus utilizes an advanced plasma system to produce a more uniform, accurate, and reliable implantation process compared to traditional ion-implanting methods. It has the ability to compensate for beam-spot variance and beam-direction effects, reducing implanting cost and resulting time and energy savings. AMAT Quantum X Plus is designed with sophisticated beam diagnostics capabilities to provide immediate feedback on implantation parameters. This allows for a more predictable implantation process, optimized implant profile, and precise product quality. It also offers easy maintenance with its automated feed-in mechanisms, controlled aftertreatment processes, and automated in-situ tests and diagnostics. APPLIED MATERIALS Quantum X Plus is backed by industry-leading customer support and comprehensive service contracts. It is designed to provide users with a dependable, cost-effective, and highly precise implanting process that is capable of consistently producing high-quality products. It is an ideal solution for most demanding medical, industrial, and consumer implantation applications.